From-scratch C++ and Python reimplementation of the Variational Moments Equilibrium Code (VMEC).

Stellarator Equilibrium and Optimization Suite

Simons Stellarator Optimizer Code

Meshing library for nuclear workflows

Modern toolbox for impurity transport, neutrals and radiation modeling in magnetically-confined plasmas

The Stepped-Pressure Equilibrium Code, an advanced MRxMHD equilibrium solver.

⚛️ ML in fusion industry/science 🍩⚡

Flexible Optimized Coils Using Space curves

GORILLA: Guiding-center ORbit Integration with Local Linearization Approach

Serial VMEC for educational purposes (e.g. understanding the algorithms etc.)

Python library that handles the thermal events and the interaction with the thermal events database of fusion reactors

A comprehensive Julia package for stellarator fusion reactor physics analysis featuring 3D magnetic field calculations, neoclassical transport modelling, quasi-isodynamic optimisation algorithms, and interactive 3D visualisations. Includes tokamak comparison framework and high-resolution plotting capabilities for fusion research.

1D to 3D splines with (optional) periodic boundary conditions

Framework for optimization of stellarator coils for quasisymmetry on magnetic surfaces in vacuum fields

CIS++: Modelling tools for Coherence Imaging Spectroscopy (CIS) of plasmas

This function traces magnetic field lines to compute Poincaré plots and connection length in tokamaks and stellarators given its magnetic field components.

Curated papers, tools, datasets & simulation frameworks for AI × nuclear fusion (2020–2026)

Open-Source 3D magnetic confinement geometry for a stepped-volume asymmetric stellarator. Autonomously converged and VMEC-verified.

Master Thesis on stellarator optimization @ Max Planck IPP

Compute the lost-fraction of particles in stellarators